Dr. Yoder's doctoral research was focused on mammalian DNA methylation and DNA (cytosine-5)-methyltransferase (DNMT) enzymes. He completed his graduate work with Dr. Tim Bestor and, in 1998, received his Ph.D. in Cell and Developmental Biology from Harvard Medical School's graduate program in Biological and Biomedical Sciences (Boston, MA).
Dr. Yoder's post-doctoral training was with Dr. Gary Litman in the Department of Pediatrics at the University of South Florida (St. Petersburg, FL). It was as a postdoctoral fellow that Dr. Yoder began his career as a comparative immunologist. He was the first to clone and characterize a family of putative natural killer cell receptors from zebrafish (novel immune-type receptors, NITRs).
From 2002 until 2004, Dr. Yoder was an Assistant Professor in the Department of Biology at the University of South Florida (Tampa, FL).
In 2004 Dr. Yoder joined the faculty at NC State University (Raleigh, NC). He continues his research on comparative immunology using zebrafish as a primary animal model for immunity and infection. Detailed descriptions of his research can be found at his lab's web site (http://www4.ncsu.edu/~jayoder/).
You can find my publications at NCBI My Bibliography.
AffiliationsAmerican Association of Immunologists (https://aai.org/), member
International Society of Developmental and Comparative Immunology (http://www.isdci.org/), member
International Society of Fish and Shellfish Immunology (http://isfsim.org/), member
International Zebrafish Society (http://izfs.org/), member
Zebrafish Disease Models Society (http://zdmsociety.org/), member
Genetics, Immunology, Infectious DiseasesDr. Yoder is a leader in comparative immunology with a special focus on leveraging the zebrafish for specific questions of innate immune function in combination with human cell culture systems. The overall focus of his laboratory is on identifying novel mediators of innate immunity. Dr. Yoder's lab uses the zebrafish as a model for identifying novel mediators of immunity and for examining the immunotoxicological effects of environmental chemicals. Observations made with the zebrafish model are validated using cell culture and primary human leukocytes. He have special interests in comparative immunology, comparative genomics, immunotoxicology, genome engineering and transgenic approaches.
- 2014. An ITAM in a Nonenveloped Virus Regulates Activation of NF-κB, Induction of Beta Interferon, and Viral Spread.Stebbing, R.E., S.C. Irvin, E.E. Rivera-Serrano, K.W. Boehme, M. Ikizler, J.A. Yoder, T.S. Dermody, and B. Sherry. | Journal of Virology, 88(5):2572-2583.
With Fellowship, a Dream Career in Infectious Disease Becomes Reality
NC State College of Veterinary Medicine student Amanda Kortum is the recipient of a government fellowship that launches her dream career path fighting the world’s most devastating infectious diseases. Kortum joins just a handful of students across the country awarded a National Bio and Agro-Defense Facility Scientist Training Program fellowship from the United States Department
What Zebrafish Can Teach Us About Our Own Immune System
The human immune system is a miraculous and mysterious place. It is staggeringly complex, as tens of thousands of genes within several different cell types interact in our blood to fight germs and other invaders. The system’s behavior is impacted by anything from diet and age to stress levels and genetics. The exact mechanisms of